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Mode Of Examination: Online
Number Of Question: 100 (1 Marks Each)
Total Time: 120 Min


Compiler design

Compiler design principles provide an in-depth view of translation and optimization process. Compiler design covers basic translation mechanism and error detection & recovery. It includes lexical, syntax, and semantic analysis as front end, and code generation and optimization as back-end.


Compiler Introduction:

Finite automata and regular expressions, cross compilers, lexical analysis and relations.

Finite Automata and Regular Expression:

lexical analyser, finite automata, nfa with epsilon as well as minimization of dfa, regular expressions and transformation from nfa to dfa.

Contextfree Grammar and Syntax Analysis:

Syntax analyser, context free grammar, regular grammar as well as right left grammar.

Topdown Parsing:

Top-down parsing with its predictives.

Bottom Up Parsing:

Bottom-up parsing, right sentinel grammar, l-r parser and parsing table data structures.

Syntax Directed Definition and Translations:

Syntax directed definitions and translations, intermediate code generation, three address, implementation of increment and decrement, array reference and switch cases.

Symbol Table:

Symbol table management as well as symbol table organization and run time storage.

Storage Management:

Storage, stack and static allocations.

Error Handling:

Error handling, lexical phase errors, automatic error recovery with yacc and also l-r phase, predictive parsing error recovery.

Code Optimisation:

Code optimization, elimination of induction variables, eliminating global common subexpressions, loop optimization, unrolling and jamming.

Code Generation:

Code generation, machine model, using dag as code generation and peephole optimization.

Course Currilcum

              • Diploma in Compiler Design (Online Certification Courses) 02:00:00
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